MEng in Mechanical and Manufacturing Engineering - Simulation-driven Design

Postgraduate Prospectus - MEng in Mechanical and Manufacturing Engineering

Are you ready to be at the forefront of technological innovation? This course offers students the opportunity to develop cutting-edge skills in designing and optimising complex systems using simulation-driven design engineering. 

Overview

Simulation-driven Design is a crucial discipline for any engineer or designer looking to excel in their field. Simulations, in which computers predict the behaviour and performance of a design, have proven to be a powerful tool in various industries including automotive, aerospace and manufacturing. 

Simulations allow for the exploration of multiple design options and the assessment of performance under various operating conditions. This not only saves time and resources, it allows engineers to make informed decisions that lead to the development of efficient and reliable products. 

Simulation-driven Design provides a unique opportunity to optimise designs and streamline the design process. By utilising simulation driven design, engineers can provide accurate and reliable results that were previously unattainable.  The integration of high performance computer systems and global optimisation algorithms has taken Simulation-driven Design to a whole new level. 

During this programme, you’ll explore the fundamentals of Simulation-driven Design and study topics including Advanced Finite Element Analysis, Turbomachinery, Computational Thermo-Fluid Dynamics, Manufacturing Systems Simulation, and more. At the end of the programme you will complete a project related to Simulation-driven Design in which you can showcase all of your newly acquired skills and knowledge.

Design tomorrow’s work today
With an ever-growing reliance on technology and the need for efficient design systems solutions, this masters has never been more relevant and in-demand. Pursuing a Master's in this area will provide you with the necessary skills to excel in the field of design optimisation. Modern computing power industries - such as aircraft, engines, automotive and shipping - are already utilising simulation driven design to enhance their products and services. As simulation techniques become more established and increasingly essential in the design and development processes of new products, there is a growing need for professionals who possess expertise in simulation design engineering. By completing this course you will position yourself to be at the forefront of this rapidly evolving field.

Programme Structure

This course allows students to study part-time or full-time. Full-time students beginning in September may complete the programme in 12 months. 

Students can complete this course in 2-4 years and can decide how many modules per semester and academic year they take. They can study on-campus or remotely but will be required to attend campus for examination purposes.

An alternative Master’s Qualifier and an Access Course entry path are available for EU-status students who do not meet the Masters programme direct entry requirements.  The typical workload for each module includes three hours of lectures and one hour of lab per week. All classes are between 9am and 5pm.

Students will undertake the following core modules:

• MM533 Research Practice and Methodology
• MM584 Manufacturing Systems Simulation
• MM538 Turbomachinery
• MM524 Advanced FEA
• MM532 Computational Thermo-Fluid Dynamics
• MM543 Project in Simulation-driven Design

Postgraduate Prospectus - MEng in Mechanical and Manufacturing Engineering